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EMC Dell VPLEX Operate Achievement Sample Questions (Q48-Q53):

NEW QUESTION # 48

Refer to the exhibit.
Which displayed storage volume is available to be used for the creation of an extent?

A. 0
B. 1
C. 2
D. 3

Answer: A

Explanation:
Based on the information provided in the image, here is the explanation:
* Storage Volume 1 (OB): This volume is listed with a capacity of 79.99 GB, health status OK, and status OK. Its use is indicated as 'meta-data', which typically means it is reserved for system or metadata use and not available for creating extents.
* Storage Volume 2 (OA): This volume has a capacity of 6.00 GB, health status OK, and status OK. Its use is indicated as 'unclaimed', which suggests that it has not been allocated for any specific purpose yet and could potentially be used for creating an extent.
* Storage Volume 3 (OD): This volume also has a capacity of 6.00 GB, health status OK, and status OK.
However, its use is indicated as 'claimed', meaning it has already been allocated and is not available for creating new extents.
* Storage Volume 4 (OC): The final volume has a capacity of 27.00 GB, health status OK, and status OK. Its use is indicated as 'used', which implies that it is currently in use and not available for creating new extents.
Based on the above analysis, the storage volume that is available to be used for the creation of an extent is Storage Volume 2 (OA). It is the only volume marked as 'unclaimed' and therefore available for new configurations such as creating extents.

NEW QUESTION # 49
What is the correct order of steps to create a virtual volume?

Answer:

Explanation:

The correct order of steps to create a virtual volume is:
* Claim storage volume
* Create extent
* Create device
* Create virtual volume
* Claim Storage Volume: The first step involves claiming a storage volume from the underlying storage array. This is where you identify and allocate the physical storage that will be used.
* Create Extent: Once the storage volume is claimed, the next step is to create an extent. An extent is a specific range of block addresses within a storage volume.
* Create Device: After creating an extent, you then create a device. A device in VPLEX terminology is a logical representation of storage that can be used by hosts.
* Create Virtual Volume: The final step is to create a virtual volume from the device. A virtual volume is what is presented to hosts; it's the logical unit that they will access for storage.
This process ensures that storage is properly allocated and managed within the VPLEX environment, allowing for flexibility and efficiency in storage utilization.
For detailed procedures and best practices, it's recommended to consult the official Dell VPLEX documentation and training materials, which provide in-depth guidance on managing and configuring VPLEX systems.

NEW QUESTION # 50
What is the correct order of steps to migrate from an old array to a new one without disruption using VPLEX?

Answer:

Explanation:

The correct order of steps to migrate from an old array to a new one without disruption using VPLEX is:
* VPLEX discovers the new array and the admin creates migration target devices.
* VPLEX admin initiates mobility job(s).
* Once volumes on the new array are fully synchronized, the admin commits the migration.
* VPLEX admin monitors progress of the migration; I/O to host continues.
* Connect new storage array to VPLEX.
* Discovery and Creation: The initial step involves VPLEX identifying the presence of a new storage array within its environment. Following this discovery, a system administrator is responsible for setting up migration target devices on this newly recognized array.
* Initiation of Mobility Jobs: Subsequently, a system administrator must initiate mobility jobs through the VPLEX management interface, which facilitates data movement from the existing source storage to the target devices on the new array.
* Synchronization and Commitment: After initiating mobility jobs, data synchronization between source and target arrays begins automatically. Once synchronization reaches completion, indicating that both arrays have identical data sets, an administrator must commit to finalizing this stage of migration.
* Monitoring Migration Progress: Throughout this process, it's crucial for an administrator to monitor ongoing operations ensuring that input/output operations continue uninterrupted for hosts accessing data during transition phases.
* Connecting New Array: The final step involves integrating the newly populated storage array into production by connecting it with VPLEX systems thus completing migration.

NEW QUESTION # 51
Which type of statistics is used to track latencies, determine median, mode, percentiles, minimums, and maximums?

A. Monitors
B. Readings
C. Counters
D. Buckets

Answer: D

Explanation:
In the context of Dell VPLEX Operate, the type of statistics used to track latencies and determine statistical measures such as median, mode, percentiles, minimums, and maximums is referred to as "buckets." Buckets are a statistical method used to group data points into ranges or "buckets" to analyze the distribution and performance characteristics over time1.
* Buckets: Buckets are used in performance monitoring to categorize data points into defined ranges.This allows for a detailed analysis of how often data points fall within certain latency ranges, which is essential for understanding system performance1.
* Latency Tracking: By using buckets, VPLEX can track the latency of operations over time.This helps in identifying trends, such as increased latencies that may indicate potential performance issues1.
* Statistical Measures: Buckets enable the calculation of statistical measures like median, mode, percentiles, minimums, and maximums.These measures provide insights into the typical and extreme values of latencies experienced by the system1.
* Performance Analysis: The use of buckets is crucial for performance analysis, as it helps administrators understand the behavior of the system under different load conditions and during various operational scenarios1.
* Monitoring Tools: VPLEX provides monitoring tools that utilize buckets to present latency and other performance-related statistics in a way that is meaningful and actionable for system administrators1.
By leveraging buckets to track and analyze latencies and other performance metrics, VPLEX administrators can gain a comprehensive understanding of system behavior and make informed decisions to optimize performance and address any issues that arise.

NEW QUESTION # 52
What are the two common use cases of the VPLEX Mobility feature?

A. Workflow Automation
Tech Refresh
B. Workload Rebalance
Deduplication
C. Tech Refresh
Workload Rebalance
D. NDU upgrades
Continuous Data Protection

Answer: C

Explanation:
The VPLEX Mobility feature is designed to address several use cases, but two of the most common ones are:
* Tech Refresh: This involves the migration of data from older storage arrays to newer ones without disrupting access to the data.VPLEX Mobility facilitates this process by allowing data to be moved seamlessly between different storage systems, which is essential during technology upgrades1.
* Workload Rebalance: This use case involves the dynamic movement of workloads across different storage systems to balance performance and capacity needs.VPLEX Mobility enables administrators to shift data to the most appropriate storage resources as demands change, ensuring optimal performance and utilization1.
References:
* VPLEX Mobility: The VPLEX Mobility feature is a key component of the VPLEX system, providing the ability to move data across different storage installations within the same data center, across a campus, or within a geographical region1.
* Tech Refresh: The technology refresh use case is particularly important for organizations that need to update their storage infrastructure without causing downtime or affecting ongoing operations.VPLEX Mobility allows for such updates to happen in the background, with no impact on users or applications1.
* Workload Rebalance: Workload rebalance is crucial for maintaining performance levels across storage systems, especially in environments where workloads can be unpredictable or where there are periodic spikes in demand.VPLEX Mobility's ability to move data dynamically helps in managing these scenarios effectively1.
For more detailed information on VPLEX Mobility and its use cases, you can refer to the official Dell documentation on VPLEX Overview and General Best Practices1.

NEW QUESTION # 53
......

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